Deferred shading is a rendering technique used in computer graphics to optimize the rendering process by separating the shading calculations from the lighting calculations. Instead of calculating lighting and shading for each pixel in real-time, deferred shading stores the necessary information in multiple buffers during the geometry pass and then performs the shading calculations in a separate pass. This allows for more efficient rendering of complex scenes with multiple light sources.
One of the main advantages of deferred shading is its ability to handle a large number of dynamic lights in a scene without a significant impact on performance. By decoupling the shading calculations from the lighting calculations, deferred shading reduces the number of calculations needed per pixel, resulting in faster rendering times and improved overall performance.
Another benefit of deferred shading is its flexibility in handling different types of lighting effects, such as specular highlights, reflections, and shadows. By storing the necessary information in separate buffers, deferred shading allows for more advanced lighting techniques to be implemented with relative ease.
Overall, deferred shading is a powerful rendering technique that offers significant performance benefits and allows for more realistic and visually appealing graphics in modern video games and other real-time applications.
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